--- title: Curved Linear Springs description: Find out about custom made curved linear springs created by TFC, & how our engineers can help you find the right solution for the job in this edition of Smalley Talk. --- [![TFC-Logo-afc-tagline-web-desktop-retina-1-1-4](https://blog.afceur.com/hs-fs/hubfs/TCF-Europe-Theme-2025/images/blog/TFC-Logo-afc-tagline-web-desktop-retina-1-1-4.png?width=200&height=93&name=TFC-Logo-afc-tagline-web-desktop-retina-1-1-4.png) ](https://tfc.eu.com/) - [ Skontaktuj się z nami ](https://tfc.eu.com/pl/contact/) [![en](https://blog.afceur.com/hs-fs/hubfs/TCF-Europe-Theme-2025/images/blog/en.png?width=18&height=12&name=en.png) ](https://tfc.eu.com/) [![de](https://blog.afceur.com/hs-fs/hubfs/TCF-Europe-Theme-2025/images/blog/de.png?width=18&height=12&name=de.png) ](https://tfc.eu.com/de/) [![pl](https://blog.afceur.com/hs-fs/hubfs/TCF-Europe-Theme-2025/images/blog/pl.png?width=18&height=12&name=pl.png) ](https://tfc.eu.com/pl/) [![cz](https://blog.afceur.com/hs-fs/hubfs/TCF-Europe-Theme-2025/images/blog/cz.png?width=18&height=12&name=cz.png) ](https://cz.tfc.eu.com/) This is a search field with an auto-suggest feature attached. - There are no suggestions because the search field is empty. - [ Skontaktuj się z nami ](https://tfc.eu.com/pl/contact/) [![en](https://blog.afceur.com/hs-fs/hubfs/TCF-Europe-Theme-2025/images/blog/en.png?width=18&height=12&name=en.png) ](https://tfc.eu.com/) [![de](https://blog.afceur.com/hs-fs/hubfs/TCF-Europe-Theme-2025/images/blog/de.png?width=18&height=12&name=de.png) ](https://tfc.eu.com/de/) [![pl](https://blog.afceur.com/hs-fs/hubfs/TCF-Europe-Theme-2025/images/blog/pl.png?width=18&height=12&name=pl.png) ](https://tfc.eu.com/pl/) [![cz](https://blog.afceur.com/hs-fs/hubfs/TCF-Europe-Theme-2025/images/blog/cz.png?width=18&height=12&name=cz.png) ](https://cz.tfc.eu.com/) This is a search field with an auto-suggest feature attached. - There are no suggestions because the search field is empty. - [ Sprężyny Fali ](https://tfc.eu.com/pl/smalley-wave-rings/) - [ Crest-to-Crest® Sprężyny Faliste (Metryczne) – Seria YCM ](https://tfc.eu.com/pl/wave-springs/crest-to-crest-wave-springs-metric/) - [ Sprężyny Wavo® Sprężyny Faliste z Drutu Okrągłego (Imperialne) – Seria YRW ](https://tfc.eu.com/pl/wave-springs/wavo-spring-round-wire-single-turn-wave-springs/) - [ Sprężyny Liniowe Faliste – Linear (Imperialne) – Seria YLS ](https://tfc.eu.com/pl/wave-springs/linear-springs/) - [ EAP Seals ](https://tfc.eu.com/our-companies/#tfc-sales) - [ SupaSeals ](https://tfc.eu.com/our-companies/#tfc-sales) - [ Jednoobrotowe Sprężyny Faliste (Metryczne) – Seria YSSB ](https://tfc.eu.com/pl/wave-springs/bearing-preload-springs-metric/) - [ Sprężyny Faliste z Przeplotem (Interlaced) ](https://tfc.eu.com/pl/wave-springs/interlaced-wave-springs/) - [ Sprężyny Faliste Nested (Metryczne) – Seria YNSSB ](https://tfc.eu.com/pl/wave-springs/nested-wave-springs-nssb-metric/) - [ Niestandardowy Projekt ](https://tfc.eu.com/pl/custom-parts-cad/design-a-wave-spring/) - Informacje Techniczne - [ Materiały I Wykończenia ](https://tfc.eu.com/pl/wp-content/uploads/2023/08/Materials-Finishes-pl-_Aug-2023.pdf) - [ Lista Kontrolna ](https://tfc.eu.com/pl/custom-parts-cad/design-a-wave-spring/) - [ Pierścienie Ustalające ](https://tfc.eu.com/pl/smalley-retaining-rings/) - [ Wewnętrzne Pierścienie Spirolox® Do Serii Otworów ](https://tfc.eu.com/pl/retaining-rings/internal-spirolox-rings-bores/) - [ Heavy Duty (Imperialne) – Seria XWHM ](https://tfc.eu.com/pl/internal-spirolox-rings-bores/heavy-duty-imperial-xwhm/) - [ Medium Heavy Duty (Imperialne) – Seria XWHT ](https://tfc.eu.com/pl/internal-spirolox-rings-bores/medium-heavy-duty-imperial-xwht/) - [ Medium Duty (Imperialne) – Seria XWH ](https://tfc.eu.com/pl/internal-spirolox-rings-bores/medium-duty-imperial-xwh/) - [ Light Duty (metryczne) – Seria XVHM ](https://tfc.eu.com/pl/internal-spirolox-rings-bores/light-duty-metric-xvhm/) - [ Aerospace (Metryczne) – Seria XEH ](https://tfc.eu.com/pl/internal-spirolox-rings-bores/aerospace-series-metric-xeh/) - DIN 472 (Metryczne) – Seria XDNH - [ DIN 472 Snap Rings (Metryczne) – Seria XFH ](https://tfc.eu.com/pl/internal-spirolox-rings-bores/xfh-internal-snap-rings-metric/) - [ Zewnętrzne Pierścienie Spirolox® Do Serii Wałów ](https://tfc.eu.com/pl/retaining-rings/external-spirolox-rings-shafts/) - [ Heavy Duty (Imperialne) – Seria XWSM ](https://tfc.eu.com/pl/external-spirolox-rings-shafts/heavy-duty-imperial-xwsm/) - [ Medium Heavy Duty (Imperialne) – Seria XWS ](https://tfc.eu.com/pl/external-spirolox-rings-shafts/medium-heavy-duty-imperial-xwst/) - [ Medium Duty (Imperialne) – Seria XWS ](https://tfc.eu.com/pl/external-spirolox-rings-shafts/medium-duty-imperial-xws/) - [ Light Duty (Metryczne) – Seria XVSM ](https://tfc.eu.com/pl/external-spirolox-rings-shafts/light-duty-metric-xvsm/) - [ Aerospace (Metryczne) – Seria XES ](https://tfc.eu.com/pl/external-spirolox-rings-shafts/aerospace-series-metric-xes/) - [ DIN 471 (Metryczne) – Seria XDNS ](https://tfc.eu.com/pl/external-spirolox-rings-shafts/din-series-metric-xdns/) - [ DIN 471 Snap Rings (Metryczne) – Seria XFS ](https://tfc.eu.com/pl/external-spirolox-rings-shafts/xfs-external-snap-rings-metric/) - [ WaveRings ](https://tfc.eu.com/pl/retaining-rings/smalley-waverings/) - [ Wewnętrzne WaveRings® (Imperialne) – Seria YWHW ](https://tfc.eu.com/pl/smalley-waverings/internal-waverings-ywhw/) - [ Zewnętrzne WaveRings® (Imperialne) – Seria YWSW ](https://tfc.eu.com/pl/smalley-waverings/external-waverings-ywsw/) - [ Hoopster® Rings ](https://tfc.eu.com/pl/retaining-rings/smalley-hoopster-rings/) - [ Wewnętrzna Hoopster® Rings (Metryczne) – Seria XHHM/XHHMU ](https://tfc.eu.com/pl/smalley-hoopster-rings/hoopster-internal-metric/) - [ Zewnętrzna Hoopster ® Rings (Metryczne) – Seria XHSM ](https://tfc.eu.com/pl/smalley-hoopster-rings/hoopster-external-metric/) - [ Laminarne Pierścienie Uszczelniające ](https://tfc.eu.com/pl/retaining-rings/smalley-laminar-sealing-rings-metric/) - [ Samoblokujące Pierścienie ](https://tfc.eu.com/pl/retaining-rings/samoblokujace-pierscienie/) - [ Revolox® pierścienie samoblokujące dla wysokich obrotów ](https://tfc.eu.com/pl/samoblokujace-pierscienie/revolox-pierscienie-samoblokujace-dla-wysokich-obrotow/) - [ Zatrzaskowe pierścienie utrzymujące z zatrzaskami i otworami ](https://tfc.eu.com/pl/samoblokujace-pierscienie/zatrzaskowe-pierscienie-utrzymujace-z-zatrzaskami-i-otworami/) - [ Funkcja blokady centralnej ](https://tfc.eu.com/pl/samoblokujace-pierscienie/funkcja-blokady-centralnej/) - [ Niestandardowy Projekt ](https://tfc.eu.com/pl/custom-parts-cad/design-a-retaining-ring/) - Informacje Techniczne - [ Materiały I Wykończenia ](https://tfc.eu.com/pl/wp-content/uploads/2023/08/Materials-Finishes-pl-_Aug-2023.pdf) - [ Lista Kontrolna ](https://tfc.eu.com/pl/custom-parts-cad/design-a-retaining-ring/) - [ Szybkozłącza ARaymond ](https://tfc.eu.com/pl/araymond/) - [ Zastosowania Linii Powietrznych ](https://tfc.eu.com/pl/araymond/#fusion-tab-air) - [ Podciśnienie Wspomagania Hamulców ](https://tfc.eu.com/pl/araymond/#fusion-tab-brakeboostervacuum) - [ Systemy Sprzęgieł ](https://tfc.eu.com/pl/araymond/#fusion-tab-clutchsystem) - [ System Zarządzania Ciepłem ](https://tfc.eu.com/pl/araymond/#fusion-tab-cooling) - [ Odpowietrznik Karteru ](https://tfc.eu.com/pl/araymond/#fusion-tab-crankcasebreather) - [ Układ Paliwowy (ciecz) ](https://tfc.eu.com/pl/araymond/#fusion-tab-fuelliquid) - [ Układy Paliwowe (parowe) ](https://tfc.eu.com/pl/araymond/#fusion-tab-fuelvapour) - [ HVAC ](https://tfc.eu.com/pl/araymond/#fusion-tab-hvac) - [ Hamulec Hydrauliczny ](https://tfc.eu.com/pl/araymond/#fusion-tab-hydraulicbrake) - [ Wspomaganie Kierownicy ](https://tfc.eu.com/pl/araymond/#fusion-tab-powersteering) - [ Chłodzenie Oleju Przekładniowego ](https://tfc.eu.com/pl/araymond/#fusion-tab-transmissioncooling) - [ Smarowanie Turbosprężarki ](https://tfc.eu.com/pl/araymond/#fusion-tab-turbochargerlubrication) - [ Niestandardowy Projekt ](https://tfc.eu.com/blog/?request_type=company) - [ Zaprojektuj Spiralny Pierścień Ustalający ](https://tfc.eu.com/pl/custom-parts-cad/design-a-retaining-ring/) - [ Projektowanie Sprężyny Falistej ](https://tfc.eu.com/pl/custom-parts-cad/design-a-wave-spring/) - [ Dlaczego TFC ](https://tfc.eu.com/pl/who-we-are/) - [ Standardy Jakości ](https://tfc.eu.com/pl/quality-standards/) - Pliki Do Pobrania - [ Broszura Techniczna ](https://tfc.eu.com/pl/wp-content/uploads/2023/08/TFC-Polish-Technical-Brochure.pdf) # Curved Linear Springs AFC Europe ### AFC Europe lutego 28, 2017 ## We are back with another Smalley Talk, where our Smalley engineering experts answer difficult questions about ring and spring design. Our Smalley Product Manager, Simon Ward, was recently involved with a customer on a special design and, although this is not an uncommon occurrence since the majority of our Wave Spring sales are custom designs, Simon said It was an interesting application and I thought our readers would be interested to hear about some of the more unusual questions that design engineers put to us regarding our unique Smalley products. ### Are you able to develop a wave spring that goes through an arc of about 250 degrees instead of a full circle? Yes. Because the Smalley manufacturing process involves edge coiling flat wire, we have the ability to control the amount of wire that is fed in each part. This gives us the capability to easily change most dimensions of the spring, and in this case, to create a spring with a large gap. We can even create Wave Springs that are just a small fraction of the overall circumference. For example, if you only need 10 degrees of the full circle, similar to the linear springs shown on our website but with a slight curve, it is possible. If you let us know what you need, we will work with you to meet your requirements. ![press stud](https://static.hsstatic.net/BlogImporterAssetsUI/ex/missing-image.png "Wave Spring Drawing")   ### Can I reduce spring tension by cutting the number of spring turns? There are several answers depending on how the spring is being used. If you are looking to reduce the spring rate, cutting off turns would actually increase the spring rate and not decrease it like intended. This is because the number of turns inversely affects the spring rate in the Crest-to-Crest spring rate formula. However, cutting off turns would likely reduce the load at a specific work height. This is because the free height of the spring has been reduced, which in turn reduces the travel between the free height and the work height resulting in a lower load. This reduction in load will likely happen even though the spring rate is greater with less turns as previously explained. ![press stud](https://static.hsstatic.net/BlogImporterAssetsUI/ex/missing-image.png "Wave Spring Application") That™s all for now, check back next time when the team will answer more Smalley related questions. You can see more blog entries and other application examples on our [technical articles page](https://tfc.eu.com/pl/news_amp_articles) or ask your own question [here!](https://tfc.eu.com/pl/enquiry_bucket_amp_contact_form)   For further information [click here](https://tfc.eu.com/) Please don’t hesitate to contact our expert team on [01435 866011](tel:01435866011) for further innovative engineering solutions. [ Contact Us ](https://tfc.eu.com/contact/) [![footer_logoone](https://blog.afceur.com/hs-fs/hubfs/TCF-Europe-Theme-2025/images/blog/footer_logoone.png?width=140&height=68&name=footer_logoone.png) ](https://www.afceur.com/wp-content/uploads/2025/09/1A-RS-10882-ISO-9001-01-EXP-2027-02-23-AFC.pdf) [![footer_logoone](https://blog.afceur.com/hs-fs/hubfs/TCF-Europe-Theme-2025/images/blog/footer_logoone.png?width=140&height=68&name=footer_logoone.png) ](https://www.afceur.com/wp-content/uploads/2025/09/1C-AS9120-FS-615967-1-001-EXP-24032027-AFC.pdf) [![footer_logoone](https://blog.afceur.com/hs-fs/hubfs/TCF-Europe-Theme-2025/images/blog/footer_logoone.png?width=140&height=68&name=footer_logoone.png) ](https://www.afceur.com/wp-content/uploads/2025/09/1B-AS9100-FS-615967-2-001-EXP-24032027-AFC.pdf) [![footer_logotwo](https://blog.afceur.com/hs-fs/hubfs/TCF-Europe-Theme-2025/images/blog/footer_logotwo.png?width=140&height=68&name=footer_logotwo.png) ](https://www.afceur.com/wp-content/uploads/2024/10/JOSCAR-Certificate-TFC-Limited-2025.pdf) [![footer_logothree](https://blog.afceur.com/hs-fs/hubfs/TCF-Europe-Theme-2025/images/blog/footer_logothree.png?width=140&height=68&name=footer_logothree.png) ](https://ist.org.uk/membership/) [![footer_logofour](https://blog.afceur.com/hs-fs/hubfs/TCF-Europe-Theme-2025/images/blog/footer_logofour.png?width=140&height=68&name=footer_logofour.png) ](https://www.afceur.com/wp-content/uploads/2024/08/TFC-Ltd-BIAFD-2024-25-Exec-cert.pdf) ##### Contact us (UK) - [ AFC Europe Ltd Hale House Ghyll Road Industrial Estate Heathfield East Sussex TN21 8AW United Kingdom Tel: +44 (0) 1435 866011 Email: enquiries@afceur.com ](mailto:enquiries@afceur.com) ##### Kontaktieren Sie uns (DE) - [ AFC Deutschland Technisches Zentrum Kohlenstrasse 51 – 55 D-44795 Bochum Deutschland Tel: +49 0234 923 610 Email: enquiries@afceur.com ](mailto:enquiries@afceur.com) ##### Kontaktujte nás (CZ) - [ AFC Europe Ltd CTPark Hranice Storage Unit A Olomoucká 306 Hranice na Moravě 753 01 Česká Republika Tel: +420 581 602 721 Email: enquiries@afceur.com ](mailto:enquiries@afceur.com) ##### AFC Europe Ltd ##### Follow us - - © AFC Europe Ltd | Registered in England and Wales No. 00675195. | Registered Office: Hale House, Ghyll Industrial Estate, Heathfield, East Sussex, TN21 8AW, UK. | [Privacy Policy ](https://www.afceur.com/wp-content/uploads/2024/08/TFC-Privacy-Policy-Aug-2024.pdf) [ | Terms of Sale ](https://www.afceur.com/about-us/terms-of-sale/) ```json { "@context" : "https://schema.org", "@type" : "BlogPosting", "author" : { "@type" : "Person", "name" : "AFC Europe", "url" : "https://blog.afceur.com/pl-pl/blog-listing-tfc-europe-2025/author/tfc1t8tbsxy" }, "dateModified" : "2025-04-08T09:54:07.606Z", "datePublished" : "2017-02-28T10:04:08.000Z", "headline" : "Curved Linear Springs", "mainEntityOfPage" : { "@id" : "https://blog.afceur.com/pl-pl/blog-listing-tfc-europe-2025/pl/news/curved-linear-springs", "@type" : "WebPage" }, "publisher" : { "@type" : "Organization", "logo" : { "@type" : "ImageObject", "url" : "https://blog.afceur.com/hubfs/AFC%20Logo%20Positive%20RGB-1.jpg" }, "name" : "AFC Industries" } } ``` ```json { "@context" : "https://schema.org", "@type" : "WebSite", "name" : "AFC Industries", "potentialAction" : { "@type" : "SearchAction", "query-input" : "required name=search_term_string", "target" : { "@type" : "EntryPoint", "urlTemplate" : "https://www.afcind.com/hs-search-results?term={search_term_string}" } }, "url" : "https://www.afcind.com" } ```